Drive your dollar further.
SparxX develops advanced hydrogen-on-demand systems that reduce fuel consumption, cut emissions, and deliver measurable ROI — without modifying your engine.
Engineered for maximum mileage.
Three models designed to cover every vehicle class — from passenger cars to heavy-duty industrial fleets.
Entry-level hydrolyzer for small vehicles. Introduces a precise hydrogen–oxygen mix into the intake system, improving mileage and reducing emissions without engine modification. Built with titanium electrodes.
Advanced electrolysis control for mid-sized vehicles, vans, and light commercial fleets. Optimises the hydrogen-oxygen production curve — increases power and torque while cutting fuel consumption. Platinum + Titanium cell assembly with tamper-proof circuitry.
Flagship hydrolyzer for high-performance and heavy-duty vehicles. Precision-engineered electrodes and proprietary control algorithms deliver maximum combustion enhancement. Improves horsepower, reduces maintenance costs, and extends lubricant life.
Enriching the present, the future, and beyond.
SparxX Ltd is a deep-tech company developing, designing, manufacturing, and marketing the Nucleus system — a next-generation hydrogen-on-demand technology that converts internal combustion and diesel engines into cleaner, more efficient engines, offering a scalable answer to the global fuel crisis.
The Nucleus supplements fuel by increasing octane and cetane levels, enhancing the vehicle's ability to burn all injected fuel completely. It cuts emissions by up to 70% or more, reduces petrol consumption by up to 45% or more, and diesel by up to 40% or more.
R&D commenced in 2008. The team successfully harnessed hydrogen through electrolysis — splitting water into hydrogen and oxygen. The first prototype was ready in 2010, followed by upgraded new generation models and rigorous testing across multiple countries to ensure quality, performance and stable results.










Any sector operating internal combustion engines benefits from the Nucleus — from logistics to maritime.
Reduce operational fuel costs and emissions for trucks, buses, and delivery vehicles in high-mileage environments.
Enhances combustion efficiency in excavators, cranes, and mixers. Reduces soot buildup and overheating.
Optimises combustion in tractors and harvesters. Low-maintenance and durable for rural environments.
Improves low-RPM combustion ideal for stop-and-go traffic. Visibly reduces urban black-smoke emissions.
Supports national green-fleet initiatives. Quick, low-risk deployment with no engine modifications.
Improves mileage and reduces engine temperature for everyday drivers. No structural engine changes.
Plug-and-play for stationary power, marine, and offshore installations. Prevents turbine fouling.
Integrates with marine diesel engines. Aligns with IMO decarbonization targets.
Six measurable advantages that deliver immediate and long-term value.
How the Nucleus stacks up against NGV and Hybrid alternatives across the metrics that matter most.
| Parameter | NGV | Hybrid | Nucleus ✓ |
|---|---|---|---|
| Engine Type | Gas + Petrol | Electric + Petrol | Hydrogen + Petrol |
| Mileage Savings | Up to 40% Max | Up to 30% Max | Up to >45% |
| Maintenance Interval | Every 5,000 km | Every 5,000 km | Every 10,000 km |
| Maintenance Cost | High | High | Low |
| Engine Temperature | High | High | Low |
| System Lifespan | 5 years | 8 years | >10 years |
| Power Torque | Reduced 3% | Reduced 3% | Increased 3% |
| Space Requirement | Large | Normal | Compact |
| Environmental Impact | Non-recyclable | Battery waste | Recyclable |
| Emission Reduction | 30% | 15% | >70% |
| Engine Modification | Yes | No | No |
| Explosion Risk | High | High | None |
Independent field tests conducted across Asia, Europe, and beyond — with documented, verifiable results.
| Location | Engine | Test Type | Fuel Saving / Emissions |
|---|---|---|---|
| Fuzhou, China | Petrol | Fleet Test | 35.3% |
| Myanmar | Petrol | Fleet Test | 57.62% |
| Singapore | Diesel | Fleet Test | 21.96% |
| Kolkata, India | Petrol | Fleet Test | 58.9% |
| Northampton, UK | Diesel | Fleet Test | 22.45% |
| Vietnam | Petrol | Fleet Test | 31.71% |
| STRIDE (Phase 1) | Diesel | Fleet Test | 29.6% |
| STRIDE (Phase 2) | Petrol | Fleet Test | 23.93% |
| Rawang, Malaysia | Diesel | Fleet Test | 38.89% |
| DBKL | Petrol | Municipal Fleet | 42.85% |
| DBKL | Diesel | Municipal Fleet | 31.74% |
| DBKL | Diesel | Municipal Fleet | 30.47% |
| DBKL | Diesel | Municipal Fleet | 21.04% |
| KTMD | Diesel | Fleet Test | 27.37% |
| China | Diesel | Generator | 22.27% |
| FELDA Pahang | Diesel | Water Pump | 21.35% |
| ASMA | Diesel | Emissions Test | CO ↓49ppm · CO₂ ↓0.5% · SOx/NOx ↓ |
| ASMA | Petrol | Emissions Test | CO ↓258ppm · CO₂ ↓0.06% · SOx/NOx ↓ |
| South Africa | Diesel | Fleet Test | 35.54% |
| Australia | Diesel | Fleet Test | 32% |
| Thailand | Diesel | Fleet Test | 27.30% |
Everything you need to know about the Nucleus technology, installation, and performance.
Whether you're evaluating for a single vehicle or a large fleet, register your interest and our team will be in touch with the right Nucleus solution for you.
Our team will be in touch shortly.